TARGET PAPER
DEFINITIONS: PHYSICAL QUANTITIES, FUNDAMENTAL QUANTITIES, DERIVED QUANTITIES, REST, MOTION, KINEMATICS, ACCELERATION, FORCE, MOMENTUM, CENTRIPETAL FORCE, CENFRIFUGAL FORCE, LIKE AND UNLIKE PARALLEL FORCES, RESULTANT FORCES, TORQUE, COUPLE, PRESSURE, HYDRAULIC MACHINE, GRAVITATIONAL FIELD, CRITICAL VELOCITY, WORK, POWER, EFFICIENCY, ENERGY, MELTING, BOILING, CONDENSING, FREEZING, SPECIFIC HEAT CAPACITY, HEAT OF FUSION, HEAT OF VAPORIZATION.
DIFFERENCES: DISTANCE & DISPLACEMENT, SPEED & VELOCITY, SCALAR & VECTORS, MASS AND WEIGHT, "G" AND "g", NATURAL AND ARTIFICIAL SATELLITES, RENEWABLE & NON-RENEWABLE SOURCES, HEAT & TEMPERATURE, BOILING & EVAPORATION.
QUESTIONS:
1) DEFINE PHYSICS AND ITS FIVE BRANCHES.
2) 1ST EQUATION OF MOTION, 2ND EQUATION OF MOTION, 3RD EQUATION OF MOTION.
3) MOMENTUM IN TERMS OF FORCE.
4) LAW OF CONSERVATION OF MOMENTUM.
5) NEWTON'S 1ST, 2ND, 3RD LAW OF MOTION.
6) DEFINE FRICTION AND ITS TYPES.
7) DEFINE CONDITIONS OF EQUILIBRIUM.
8) WRITE STATES OF EQUILIBRIUM.
9) STATE HOOKE'S LAW.
10) STATE PASCAL'S LAW.
11) FACTORS AFFETING PRESSURE IN FLUIDS.
12) HYDRAULIC PRESS/LIFE.
13) DETERMINATION OF FORCE FROM ITS PERPENDICULAR COMPONENTS.
14) STATE NEWTON'S LAW OF GRAVTATION.
15) DERIVE AND CALCULATE MASS OFEARTH.
16) DERIVATION OF ORBITAL VELOCITY.
17) STATE AND DERIVE BOYLE'S LAW.
18) KINETIC ENERGY WITH DERIVATION.
19) POTENTIAL ENERGY WITH DERIVATION.
20) EVAPORATION & FACTORS AFFECTING EVAPORATION.
21) LINEAR AND VOLUMETRIC EXPANSION WITH B=2A, APPLICATIONS OF THERMAL EXPANSIO.
NUMERICAL:
CHAPTER 2: PAGE NO 57: EQUATION OF MOTION (a, b), MOTION DUE TO GRAVITY (c, d, e).
CHATPER 3: Q.2(b), Q.6(b, c), Q.7, Q.9(c), Q.10(b).
CHAPTER 4: Q.2(b), Q.3(b), Q.4(b), Q.5(b), Q.8(b), Q.9(b).
CHAPTER 5: Q.4, Q.8, Q.9.
CHAPTER 6: Q.4, Q.11, Q.12, Q.13.
CHAPTER 7: Q.8 AND Q.9.
CHAPTER 8: Q.2, Q.3, Q.6, Q.8, Q23(b).
CHAPTER 9: Q.4(b), Q.13.